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Changes in technology, and the pace of those changes, are fundamentally altering Australia’s energy markets. Energy policy and the associated regulatory framework must be able to adapt to these changes to allow a dynamic market response.

The AEMC is undertaking a technology-focused work program to identify:

  • barriers to deployment of new technologies by new or existing market players
  • whether the consumer protection framework remains fit for purpose
  • incentives or disincentives for business model evolution and whether changes to distribution system operation and market design are needed

Projects in the AEMC's technology work program include:

The AEMC is also participating in reference groups for pilot renewable energy projects which include:

  • Decentralised energy exchange (deX) project, funded by the Australian Renewable Energy Agency (ARENA) and led by GreenSync. The deX provides a marketplace for households and businesses with rooftop solar and batteries to trade with each other and also with network operators. This will allow households and businesses generating renewable energy to access incentives and reduce their demand on the grid during peak events.
     
  • Virtual power plant project in South Australia, which is being built by AGL in partnership with ARENA and US-based energy storage company, Sunverge. The project is aiming to build the world’s largest virtual power plant of its kind, made up of 1,000 connected batteries installed in homes and businesses and providing 5 MW of peaking capacity. Customers participating in the project are able to purchase a heavily discounted energy storage system. When working together at scale, the batteries could help stabilise the grid by discharging during peak times.
     
  • Energy Storage for Commercial Renewable Integration (ESCRI) project. ElectraNet has installed a large-scale battery at Dalrymple in South Australia. This demonstration project, part-funded by ARENA, is looking at how energy storage can strengthen the grid and improve reliability in the local area. The battery system has been designed to provide back up energy in the event of a loss of supply to the area; system security services such as fast frequency response and contingency frequency control ancillary services (FCAS); and surplus energy to the wholesale market (ie. energy trading). AGL intends to operate the battery to provide FCAS and energy trading as these are competitive market services.

Contacts

Project contacts

Victoria Mollard
Director

Claire Richards
Project Leader

Prudence Anderson
Communication Director
(for media enquiries)